ジェイエムエス List of Products and Services

The continuously measured gas data is output as an analog signal of 4-20mA. The product is compact and lightweight, weighing 300g. It is ideal for the following individuals: - Those who want to create a system for observing volcanic gases. - Those who want to investigate gas concentration trends. - Those who want to measure volcanic gases without incurring high costs. - Those who are troubled by equipment failures caused by sulfur gas and sulfur dioxide. - Those who want to create a system for continuous observation of gas concentrations.

• Other Concentration Meters

Wireless gas monitoring logger. Battery-operated, so no power supply is needed. Uses 4G LTE mobile network to monitor gas data. As long as there is mobile signal reception, immediate gas monitoring can be performed. Ideal for: - Those who want to easily measure volcanic gases. - Those who want to investigate gas concentration trends. - Those who want to measure volcanic gases without incurring high costs. - Those struggling with equipment failures due to sulfur gas and sulfur dioxide.

• Other Concentration Meters

The continuously measured gas data is output as analog signals in 4-20mA. The product is compact and lightweight at 300g. Ideal for those who: - Want to create a system for observing sulfur gas. - Want to investigate gas concentration trends. - Want to measure hydrogen sulfide gas without incurring high costs. - Are troubled by equipment failures caused by sulfur gas or sulfur dioxide. - Want to create a system for continuous observation of gas concentrations.

• Odor Testing

Wireless gas monitoring logger. Battery-operated, so no power supply is needed. Uses 4G LTE mobile network to monitor gas data. As long as there is mobile signal reception, immediate gas monitoring can be performed. Ideal for those who: - Want to easily measure sulfur gas and sulfide gas. - Want to investigate the gas concentration trend of hydrogen sulfide gas. - Want to measure sulfide gas and sulfur gas without incurring high costs. - Are troubled by equipment failures caused by sulfide gas and sulfur gas.

• Odor Testing

The Coro Shooter protects equipment from corrosive gases caused by air pollution. India is experiencing significant economic development. On the other hand, air pollution has become a major social issue. The SOx and NOx contained in air pollution have high corrosive components, which can lead to equipment failure. The Coro Shooter removes SOx and NOx to purify the air and prevent equipment failure caused by corrosive gases.

• others
• Air purifiers

Simply plug it into the outlet to monitor the power supply. When events such as power interruptions, voltage drops, or sags occur, the details of the events are saved to the logger. Available in AC 100v and 200v models. The outlet shapes include Type A as well as international specifications Type O, SE, and BF.

• power supply

Potassium carbonate removes sulfur gas/sulfide gas in one go. It is ideal for countermeasures against hydrogen sulfide gas (H2S) and sulfur dioxide gas (SO2). Reaction equation with hydrogen sulfide gas: H2S + 2KOH + 2O2 → K2SO4 + 2H2O Reaction equation with sulfur dioxide gas: SO2 + 2KOH → K2SO3 + H2O

• Gas Filters

By simply plugging it into an outlet, you can safely monitor and record the status of the AC power, including surges (voltage spikes), sags (voltage drops), impulses (instantaneous voltage fluctuations), frequency variations, phase angle, and power outages. Data analysis is performed on a computer, and the analyzed data can be displayed in graphic format or as a text file. Communication with the computer is done via an infrared optical sensor, ensuring complete electrical isolation from the AC power for safety. If the set alarm values (configured from the computer) are exceeded, a red LED will blink to indicate an abnormal condition (blinking can also be turned off).

• Power Supplies

The only temperature data logger compliant with UL intrinsic safety explosion-proof standards MODEL: JR-1001 Class 1, Division 1, Groups A, B, C & D Class 2, Division 1, Groups E, F & G Class 3, Division 1, Hazardous Locations T3C Ideal for temperature measurement during the storage and transportation of flammable products such as explosives. Compact and lightweight (33×43×20mm, 35g), it allows for easy connection to a PC without the need for cables (RS-232C, D-Sub 9pin).

• Thermometer

Volcanic accidents remind us of the disaster caused by the eruption of Mount Ontake in 2014. However, in terms of the number of volcanic incidents, accidents due to volcanic gas poisoning are overwhelmingly more frequent and are reported every year. Additionally, with the revision of the Active Volcano Law, local governments are obligated to ensure the safety of tourists, increasing the importance of monitoring volcanic gases. This time, I will explain the mechanisms by which volcanic gases (sulfur dioxide and sulfurous gas) affect the human body. <Sulfurous Gas and Sulfur Dioxide (SO2)> Harmful gases such as sulfurous gas and sulfur dioxide (SO2) damage the epithelial lining of the airways. This damage leads to the accumulation of inflammatory cells in the airways, causing inflammation. Due to this inflammation, the airways become sensitive, leading to airway constriction and triggering asthma attacks. The type of inflammation varies among individuals, resulting in allergic asthma or COPD. It is believed that various factors, including genetic and environmental influences, contribute to these types. Therefore, individuals have different tolerances to the gas, and there have been reports of asthma patients experiencing attacks even at low concentrations of around 0.2 ppm. Additionally, it is said that there are many undiagnosed asthma patients who are unaware of their condition.

• Municipal services and business location

Volcanic accidents remind us of the disaster caused by the eruption of Mount Ontake in 2014. However, the number of incidents related to volcanic accidents is overwhelmingly higher for those caused by volcanic gas poisoning, which are reported every year. Additionally, with the revision of the Active Volcano Law, local governments are now obligated to ensure the safety of tourists, increasing the importance of monitoring volcanic gases. This time, I will explain the mechanism by which volcanic gas (hydrogen sulfide gas) affects the human body. <Hydrogen Sulfide Gas H2S> Each cell that makes up our body requires respiration to live. Hydrogen sulfide gas has a property that allows it to easily dissolve into cells, causing respiratory distress and cell death, which leads to organ damage. Particularly, when lung cells are damaged, it can result in respiratory distress due to pneumonia or pulmonary edema, potentially leading to death. However, while high concentrations of hydrogen sulfide gas are dangerous to the human body, recent research suggests that low concentrations may have anti-inflammatory effects. This illustrates the fine line between poison and medicine. Perhaps the relief of fatigue after soaking in a hot spring is influenced by hydrogen sulfide gas?

• Municipal services and business location

(1) Removal of Volcanic Gases Sulfur dioxide and hydrogen sulfide gases are highly corrosive components that can corrode metals and cause equipment failures. To prevent equipment failures in volcanic areas, hot spring regions, and geothermal power plants, we manufacture and sell devices for the removal of volcanic gases. We have numerous achievements in volcanic tourist areas and hot spring regions. (2) Observation of Volcanic Gases We manufacture, sell, and maintain volcanic gas (hydrogen sulfide and sulfur dioxide) observation disaster prevention systems for volcanic tourist areas across Japan. (3) Research and Development of Volcanic Gases We are also engaged in research and development on volcanic gas themes in collaboration with universities conducting Earth science research. We present our research at volcanology conferences and have obtained patents through industry-academia collaboration with universities.

• Gas Filters

Continuous measurement for up to 6 months is possible. Measurements can be taken in the range of 0-2000 ppm and high concentration levels. No electrical work is required. You can simply hang the concentration meter at the site you want to measure to record the trends of hydrogen sulfide gas. (Please be careful not to submerge it.)

• Area Sensor

Floating microscopic particles (including metal flakes and metal particles) and reactive gases can adversely affect servers, either alone or in combination with environmental factors such as humidity and temperature. The risks posed by excessively small particles or high concentrations of harmful gases may lead to server malfunctions or, in the worst case, complete system failures. IBM and AWS may have specified design environment specifications to manage data centers at level G1 of ASI/ISA71.04-1985. By measuring with corrosion gas test specimens, which are an environmental analysis method compliant with ISA S71.04-2013, it is possible to visualize the environment of the data center.

• Analysis Services

There are various methods for removing hydrogen sulfide gas. In this instance, we conducted comparative experiments using (1) chemical adsorbent methods and (2) photocatalytic methods, which are commonly adopted for hydrogen sulfide gas countermeasures. We filled a 1m³ container with 3.4 ppm (3400 ppb) of gas and compared the removal performance of the chemical adsorbent method and the photocatalytic method. According to the data in the graph, it was found that the chemical adsorbent method sharply decreased the gas concentration compared to the photocatalytic method. While the photocatalytic method took about 120 seconds to reduce the concentration from 3.4 ppm to 0 ppm, the chemical adsorbent completed the removal in approximately 40 to 50 seconds. It can be concluded that by adopting a removal device using a chemical adsorbent, it is possible to minimize the time that electronic devices are exposed to hydrogen sulfide gas when it intrudes.

• filter

The Pitot tube has a rod-like shape. It is inserted vertically into the piping to measure flow rate. Holes are provided on the rod to detect total pressure and static pressure. By measuring the differential pressure (also called dynamic pressure), the flow velocity of the fluid flowing in the pipe can be determined. The multi-hole Pitot tube has multiple holes on the rod that comply with JIS B 8330, allowing for the measurement of average flow velocity. The two pressure sensing pipes that exit the Pitot tube are connected to the high-pressure and low-pressure sides of a differential pressure transmitter. The differential pressure is converted to flow rate through square root calculation processing by the differential pressure transmitter. It is often used for measuring exhaust gas flow rates in large-diameter ducts. Large-diameter ducts (300A or 500A and above) cannot be manufactured with orifice plates or are very costly, making the Pitot tube flow meter a strong option. Among flow meters, the Pitot tube is simple and relatively low-cost.

• Flow Meter

Hydrogen sulfide gas is highly toxic, and concentrations of hydrogen sulfide gas above 10 ppm can lead to a diminished sense of smell, with headaches and nausea potentially occurring quickly. At high concentrations around 800 ppm, the risk of acute poisoning increases, and the possibility of death arises. However, even at low concentrations of hydrogen sulfide gas at the ppb (0.05 ppm) level, which have no impact on the human body, the effects on equipment can be significant. According to ISA standards, gas management for electrical control equipment is required to be below 50 ppb. Machinery is more vulnerable to hydrogen sulfide gas than humans, necessitating strict management.

• Odor Testing

Purafil SP uses sodium permanganate as an oxidizing agent. Compared to the conventional chemical adsorbent using potassium permanganate (Purafil Select), it enhances the oxidizing power by filling it with the oxidizing agent. While ensuring safety, Purafil SP can increase the oxidizing power compared to Purafil Select. It can remove nitrogen oxides, formaldehyde, sulfur dioxide, and other substances through oxidation reactions.

• Gas Filters

Oxidation of microorganisms and organic matter: Potassium permanganate has the ability to react with and oxidize microorganisms and organic matter. This helps to remove unpleasant odors and harmful microorganisms from the air, demonstrating a purifying effect. Odor removal: Potassium permanganate is particularly effective as an oxidizing agent against organic matter, allowing it to decompose and neutralize substances that cause unpleasant or foul odors. By keeping the amount of potassium permanganate, which needs to be handled with care, to a minimum, safety is ensured. It can also be used safely during handling.

• Gas Filters

This is an adsorbent that removes chlorine gas through a chemical reaction. It prevents corrosion caused by chlorine gas. Unlike physical adsorbents like activated carbon, chemical adsorbents remove gas through chemical reactions, so there is no concern about gas re-release.

• Gas Filters

The steam used for power generation at geothermal power plants contains hydrogen sulfide gas components. Even low concentrations of hydrogen sulfide gas, which do not affect the human body, can have a significant impact on the control equipment within the power plant. Hydrogen sulfide gas is invisible and has a heavy specific gravity, allowing it to infiltrate the electrical rooms and control rooms that manage the power plant through various pathways, leading to corrosion and failure of the equipment. JM Solutions Co., Ltd. provides total support for hydrogen sulfide measures within geothermal power plants, from investigation to countermeasures.

• Other energy equipment

A centrifuge is a device that generates centrifugal force by high-speed rotation to separate components of a liquid mixture. Coagulants are used to optimize this separation process by causing fine particles and impurities in the liquid mixture to aggregate or precipitate, thereby activating the separation process. When mixing the liquid mixture with the coagulant, properly stirring the coagulant allows for rapid centrifugation. A static mixer 2800 is used in this mixing, enabling efficient centrifugation and contributing to energy savings in the plant by reducing operating time. Additionally, cleaning is easy, and maintenance is very high, allowing for a reduction in running costs after adoption.

• centrifuge

The main reason hydrogen sulfide gas is generated during the manufacturing process of sulfide-based solid-state batteries is due to the materials and reactions used in the manufacturing process. In the manufacturing process, the materials that make up the components of sulfide-based solid-state batteries include sulfides. When these sulfides are heated or undergo chemical treatment, they may decompose and produce hydrogen sulfide gas. In battery manufacturing, multiple reactions can occur simultaneously. In some reaction processes, sulfides may change, resulting in hydrogen sulfide being produced as a byproduct. The manufacturing of sulfide-based solid-state batteries may involve high-temperature processing. When materials change at high temperatures, there is a possibility that sulfides will decompose and generate hydrogen sulfide. If incomplete reactions occur during the process or if impurities are present, this may contribute to the generation of hydrogen sulfide from sulfides. Since hydrogen sulfide gas is toxic and hazardous, monitoring and removal of hydrogen sulfide gas are necessary in factories and research facilities.

• Secondary Cells/Batteries

In artificial dialysis performed at dialysis facilities and medical institutions, wastewater treatment and pH adjustment are important factors. In artificial dialysis, a dialysis machine is used to purify the patient's blood. The dialysis solution used in this process generates a large amount of waste liquid, which needs to be properly treated. Wastewater treatment is carried out to safely discharge the waste liquid into the environment. The general procedure involves filtering the waste liquid to remove impurities and harmful substances. Additionally, chemical treatment and the use of activated carbon may also be employed to reduce the concentration of organic and inorganic substances in the waste liquid. Furthermore, adjusting the pH of the waste liquid is also crucial in wastewater treatment for artificial dialysis. pH adjustment may be performed using acidic or alkaline substances. A common method is to add an appropriate amount of acid or alkali to adjust the pH of the dialysis solution. This process is conducted while monitoring the pH of the dialysis solution using a pH meter. The wastewater treatment and pH adjustment for artificial dialysis must be properly managed in facilities such as hospitals and dialysis centers. When stirring is performed with an inline mixer, establishing the conditions for piping flow velocity allows for the maintenance of consistent stirring conditions.

• Mixer/agitator

Generally, geothermal power generation extracts steam and hot water from deep underground, using the steam for electricity generation. The remaining hot water exchanges thermal energy with rivers and other sources and is reused as warm water for various purposes. However, the hot water contains various compounds, which are neutralized before being returned to the deep underground. Thus, the wastewater generated from geothermal power generation needs to be managed properly by controlling pH and treating it in accordance with legal regulations. To neutralize the alkaline components in the wastewater, an acidic solution is added, and during this neutralization process, the Static Mixer 2800 is employed. Using an inline mixer for neutralization allows for consistent stirring under certain conditions, achieving stable neutralization treatment. Additionally, if the concentration of the injected acidic solution is high, corrosion protection measures for the mixer need to be implemented. Previously, geothermal power plants used the Kenics type mixer, but from a corrosion perspective, they have switched to the Static Mixer 2800. In the case of the Static Mixer 2800, its simple structure allows for more cost-effective manufacturing with special materials (such as titanium or Hastelloy) and fluorine coatings compared to the Kenics type. It is being utilized in the waste alkaline water process.

• Wastewater/wastewater treatment equipment

The SRC (Selective Catalytic Reduction) system is a device used to remove nitrogen oxides (NOx) from exhaust gases. It is primarily used to reduce NOx in combustion exhaust gases generated in power plants and industrial processes. The basic principle of the SRC system is to reduce nitrogen oxides using urea or ammonia. This reaction converts nitrogen oxides into nitrogen and water, thereby reducing harmful exhaust gases. SCR technology is particularly effective in reducing NOx in exhaust gases generated at high temperatures, such as those from diesel engines and coal-fired power plants. It has been implemented in many industrial processes for environmental protection and regulatory compliance. The use of a static mixer facilitates the mixing of exhaust gases and urea solution, improving the denitrification rate.

• Mixer/agitator

Calibration gas is generated without using gas cylinders. It is ideal for calibrating gas detectors. Since gas cylinders are not required, the hassle of managing high-pressure gas cylinders is eliminated. The device is also compact and lightweight, making on-site calibration of gas detectors easier. If you replace the gas generation cell, it is possible to generate H2, Cl2, ClO2, HCN, and H2S gases at your desired gas concentration. It is also possible to handle ClO2 and HCN, which are difficult to procure with gas cylinders. If you adjust the desired gas concentration and generation flow rate, calibration gas will be generated.

• Odor Testing
• Gas Generator
• Other measurement, recording and measuring instruments

1/1000 of 1ppm. This is a gas detector that can accurately measure ultra-low concentrations of hydrogen sulfide gas. It is equipped with a suction pump, allowing for localized gas concentration measurements using connection tubes, as well as measurements of process gases and from gas bags.

• Fine Ceramics

By installing it at sites where equipment is failing due to corrosion from hydrogen sulfide gas, you can monitor the timing of hydrogen sulfide gas intrusion in real-time. The gas concentration meter is battery-operated, so there is no need for complicated power installation. You can monitor hydrogen sulfide gas concentration simply by installing the meter at the concerned site. Communication uses mobile networks, so it can be installed anywhere there is mobile signal coverage. When the concentration of hydrogen sulfide gas rises, it will notify you of the gas information via LINE. You can share information about hydrogen sulfide gas concentration within a LINE group, which can be utilized for collective improvement activities at the site. The chromatogram of hydrogen sulfide gas data can be checked online, making it easy to confirm using a mobile phone or computer.

• Wastewater/wastewater treatment equipment

This is a gas concentration meter with a logger that monitors low-concentration hydrogen sulfide gas wirelessly. It is specifically designed for low concentrations, making it effective for odor monitoring and tracking of corrosive gases. Hydrogen sulfide gas is rarely constant; it can rapidly increase in concentration in a short period due to wind direction and site conditions. Without continuous gas observation, it is very difficult to detect an increase in gas concentration. By installing our wireless low-concentration hydrogen sulfide gas concentration meter, continuous monitoring can be conducted, allowing for the capture of events where gas concentration rises.

• Data Logger

This is an inline mixer that performs stirring with a single plate. By simply installing the mixer plate in the piping, stirring can be carried out within the piping. It is used for mixing carbon dioxide with lime, among other applications.

• Mixer/agitator

In the tire factory's vulcanization process, sulfur-based gases are generated. The emitted sulfur-based gases are at a low concentration of several tens of ppb, which do not affect the human body, but they are highly corrosive and can cause failures in the contact parts of machinery. Additionally, corrosion of chip resistors can change their resistance values, leading to reported cases of affecting the operation of control devices. JMS Corporation provides comprehensive support from the investigation of sulfur gases to countermeasures. First, we conduct an investigation into the entry routes and causes of sulfur-based gas, as well as an environmental risk analysis. After the investigation, we will propose the most suitable environmental improvements tailored to the customer's site.

• Odor Testing

Hydrogen sulfide gas is generated in the wastewater treatment process of meat processing plants. Even at gas concentrations of a few ppb (1/1000 of ppm), this hydrogen sulfide gas can have a significant impact on equipment. The contact points of the equipment in the wastewater treatment facility can corrode, leading to equipment failure. JMS Corporation provides comprehensive support from the investigation of corrosive gases (hydrogen sulfide gas) to countermeasures. First, we conduct an investigation into the pathways and causes of hydrogen sulfide gas intrusion, as well as an environmental risk analysis. After the investigation, we will propose optimal environmental improvements tailored to your site. ＊＊＊＊Exhibition Information＊＊＊＊ We will be exhibiting at the Sewerage Exhibition 25 in Osaka. Event Period: 2025/7/29-8/1 Booth Number: 2-317

• Wastewater/wastewater treatment equipment

By simply inserting a porous pitot tube into the flue, it is possible to measure the flow rate and velocity of exhaust gases within the flue. Therefore, it enables low-cost measurement of exhaust gas flow rate and velocity without the need for extensive construction. The pitot tube has lower pressure loss compared to orifices and venturi meters, contributing to energy-saving operations for the entire plant. Our pitot tube flow meter, the Bar Flow Tube, is produced under a fully integrated system in our own factory, covering planning, design, procurement, manufacturing, inspection, and maintenance. We have established a management system that ensures customer satisfaction. We aim for the adoption of our Bar Flow Tube to assist in improving your processes.

• Flow Meter

By filling the chemical adsorbent with potassium permanganate, various types of chemical substances are adsorbed and decomposed. Since gases are removed through chemical reactions, there is no re-release of gases like with activated carbon, ensuring the reliable removal of harmful formaldehyde gas.

• Gas Filters
• Other safety and hygiene products
• Odor Testing

It is a chemical adsorbent that removes ammonia gas through a chemical reaction. Since it removes gas through chemical adsorption, there is no re-release of the gas, making it possible to reliably eliminate ammonia gas.

• Analytical Equipment and Devices
• Hazardous material processing
• Gas Filters

By conducting an environmental analysis, we will quantitatively assess the risk to equipment from corrosive gases. We will install copper and silver test specimens on-site and conduct a one-month exposure test, analyzing the thickness of the corrosion rust layer to evaluate the risk at the site. We will submit a report in accordance with ISA standards. We always have test specimens in stock, so we can start the environmental survey immediately.

• Wastewater/wastewater treatment equipment
• Odor Testing
• Other server related

Volcanic gases are harmful to the human body, and gas accidents in volcanic areas have been reported. Following the eruption of Mount Ontake in 2014, the volcanic activity law was revised, and local governments have heightened their disaster prevention awareness regarding volcanic hazards. Volcanic gases can occur even when volcanic activity has subsided, posing a constant risk in volcanic regions. Even outside of volcanic tourist areas, there is always a risk of accidents due to volcanic gases at geothermal power plants and hot spring areas, making the monitoring of gas concentrations increasingly important for the safety of workers and customers. Our volcanic gas observation system is battery-operated, requiring no wiring work, and can be easily installed on-site. Communication uses mobile phone signals, so as long as there is mobile phone connectivity, it can be installed anywhere. The system can detect hydrogen sulfide gas (H2S) and sulfur dioxide gas (SO2), and gas data can be viewed on our website. Additionally, if gas concentrations rise, a gas alarm will be sent to the registered mobile phone's Line app, allowing for the sharing of gas concentration alerts within a Line group, thereby enhancing risk awareness among stakeholders.

• Other operation management software

The Saeki-Kaide Laboratory of the Graduate School of Advanced Science and Technology at Yamaguchi University conducted stirring experiments with various static mixers. Targets: - JMS Corporation's plate-type 2800 plate mixer - Kenix-type static mixer (screw type) - MSE static mixer (grid type) As a result, it was confirmed that the JMS Corporation's plate-type 2800 mixer has stirring performance and pressure loss equivalent to that of the Kenix type. The plate mixer can stir with just one plate, making its structure simple and cost-effective. Maintenance tasks such as cleaning are also easy, allowing for minimal investment and running costs.

• Chemicals

Since gas cylinders will no longer be needed, the troublesome management of cylinders will not be necessary. We also accommodate gas types that cannot be provided by gas cylinders, such as hydrogen cyanide (HCN) and chlorine dioxide (ClO2). By replacing the gas cell, it is possible to generate a variety of gases.

• Ventilation and Exhaust
• Gas Generator
• Odor Testing

Simply install it on the problematic outlet to easily monitor the power supply. When a power anomaly occurs, event information (momentary power outages, voltage surges, voltage drops, frequency fluctuations) is recorded in the logger within the Power Watch, aiding in the on-site environmental investigation of the equipment.

• Other power sources

In 2007, the Ministry of Health, Labour and Welfare amended the Enforcement Order of the Industrial Safety and Health Act, classifying formaldehyde as a Class 2 substance and setting the guideline value for management concentration indoors at 0.08 ppm or lower. During the molding of polyoxymethylene (POM) resin, formaldehyde gas is generated, and the importance of monitoring formaldehyde gas concentration has been re-evaluated to ensure a safe working environment for workers. The formaldehyde meter htV can easily measure "formaldehyde" in a short amount of time.

• gear

Chlorine gas is removed using a chemical adsorbent. Since the gas is removed through a chemical reaction, there is no concern about the gas being released again, allowing for reliable removal of the gas. Our chemical adsorbent-based color shooter purifies the air and removes chlorine gas within the control panel of the device.

• PLC

Flow measurement is one of the most important measurement items in the field of industrial measurement. When measuring the flow rate of fluids (liquids and gases), a method that utilizes the pressure difference before and after a restriction mechanism, such as an orifice, flow nozzle, venturi, or pitot tube, installed in the pipeline through which the fluid flows, is most commonly used in industrial measurement and its automatic control. Accurate and reliable flow measurement leads to effective plant operation, efficient energy use, environmental conservation, improved safety, and overall cost reduction. The specialized technology for selecting and installing flow meters ensures smooth plant operation and prevents unexpected shutdowns and troubles. JM Systems Co., Ltd. provides a comprehensive service from planning, development, design, manufacturing, to maintenance as a specialized manufacturer of polynomial pitot tubes.

• Flow Meter

The JEMS Static Mixer 2800 is a revolutionary inline mixer that mixes with just one plate. Its simple design makes installation and cleaning easy. By simply installing the Static Mixer 2800 in the piping like an orifice plate, mixing is achieved solely by the fluid's flow within the pipe. Additionally, since only a plate needs to be installed in the piping, installation is straightforward and costs can be minimized. By adopting the JEMS Static Mixer 2800, it is possible to easily and cost-effectively improve energy efficiency and operational efficiency in factories and plants.

• Piping Materials